Maximum demand limiter for reliable supply by reducing the power cuts to domestic loads

Electrical energy is a vital for feature of any developing nation. To meet the growing demand, power generating plants of all types are being installed; though the gap between the supply and the demand is continuously increasing, due to the depletion of natural resources, hence, rise in power demand, the way to over come the flaming problem is optimal utilization of available energy sources, limiting the wastage of electrical energy which includes both technical and non technical and limiting the demand during peak hours. In this paper, a methodology is proposed to solve burning problem with load management during peak hours, in case of domestic loads aiming to reduce the gap between the demand and the supply, such that both consumer and supplier get benefited simultaneously. The paper also presents the application of load controller and DSM techniques applied to domestic loads, where the power consumption can be limited during the peak hours and reliability of power can be increased by lowering the power cuts. The proposed method developed is the part of Demand Side Management (DSM). The results are presented to show the effectiveness of the proposed method for load management.